runtime from steps that can occur at compile time. For this purpose, Julia allows you to define an __init__() function in your module that executes any initialization steps that must occur at runtime. This a function __init__() in a module, then Julia will call __init__() immediately after the module is loaded (e.g., by import, using, or require) at runtime for the first time (i.e., __init__ is only called any submodules or other imported modules have their __init__ functions called before the __init__ of the enclosing module. Two typical uses of __init__ are calling runtime initialization functions of external

runtime from steps that can occur at compile time. For this purpose, Julia allows you to define an __init__() function in your module that executes any initialization steps that must occur at runtime. This a function __init__() in a module, then Julia will call __init__() immediately after the module is loaded (e.g., by import, using, or require) at runtime for the first time (i.e., __init__ is only called any submodules or other imported modules have their __init__ functions called before the __init__ of the enclosing module. Two typical uses of __init__ are calling runtime initialization functions of external

runtime from steps that can occur at compile time. For this purpose, Julia allows you to define an __init__() function in your module that executes any initialization steps that must occur at runtime. This a function __init__() in a module, then Julia will call __init__() immediately after the module is loaded (e.g., by import, using, or require) at runtime for the first time (i.e., __init__ is only called any submodules or other imported modules have their __init__ functions called before the __init__ of the enclosing module. Two typical uses of __init__ are calling runtime initialization functions of external

runtime from steps that can occur at compile time. For this purpose, Julia allows you to define an __init__() function in your module that executes any initialization steps that must occur at runtime. This a function __init__() in a module, then Julia will call __init__() immediately after the module is loaded (e.g., by import, using, or require) at runtime for the first time (i.e., __init__ is only called any submodules or other imported modules have their __init__ functions called before the __init__ of the enclosing module. Two typical uses of __init__ are calling runtime initialization functions of external

runtime from steps that can occur at compile time. For this purpose, Julia allows you to define an __init__() function in your module that executes any initialization steps that must occur at runtime. This a function __init__() in a module, then Julia will call __init__() immediately after the module is loaded (e.g., by import, using, or require) at runtime for the first time (i.e., __init__ is only called any submodules or other imported modules have their __init__ functions called before the __init__ of the enclosing module. Two typical uses of __init__ are calling runtime initialization functions of external

canCHAPTER 17. MODULES 229 occur at compile time. For this purpose, Julia allows you to define an __init__() function in your module that executes any initialization steps that must occur at runtime. This a function __init__() in a module, then Julia will call __init__() immediately after the module is loaded (e.g., by import, using, or require) at runtime for the first time (i.e., __init__ is only called their __init__ functions called before the __init__ of the enclosing module. This is also synchronized across threads, so that code can safely rely upon this ordering of effects, such that all __init__ will

runtime from steps that can occur at compile time. For this purpose, Julia allows you to define an __init__() function in your module that executes any initialization steps that must occur at runtime. This a function __init__() in a module, then Julia will call __init__() immediately after the module is loaded (e.g., by import, using, or require) at runtime for the first time (i.e., __init__ is only called their __init__ functions called before the __init__ of the enclosing module. This is also synchronized across threads, so that code can safely rely upon this ordering of effects, such that all __init__ will

runtime from steps that can occur at compile time. For this purpose, Julia allows you to define an __init__() function in your module that executes any initialization steps that must occur at runtime. This a function __init__() in a module, then Julia will call __init__() immediately after the module is loaded (e.g., by import, using, or require) at runtime for the first time (i.e., __init__ is only called their __init__ functions called before the __init__ of the enclosing module. This is also synchronized across threads, so that code can safely rely upon this ordering of effects, such that all __init__ will

runtime from steps that can occur at compile time. For this purpose, Julia allows you to define an __init__() function in your module that executes any initialization steps that must occur at runtime. This a function __init__() in a module, then Julia will call __init__() immediately after the module is loaded (e.g., by import, using, or require) at runtime for the first time (i.e., __init__ is only called their __init__ functions called before the __init__ of the enclosing module. This is also synchronized across threads, so that code can safely rely upon this ordering of effects, such that all __init__ will

runtime from steps that can occur at compile time. For this purpose, Julia allows you to define an __init__() function in your module that executes any initialization steps that must occur at runtime. This a function __init__() in a module, then Julia will call __init__() immediately after the module is loaded (e.g., by import, using, or require) at runtime for the first time (i.e., __init__ is only called their __init__ functions called before the __init__ of the enclosing module. This is also synchronized across threads, so that code can safely rely upon this ordering of effects, such that all __init__ will